Wednesday, February 8, 2012

NSF International Develops Test Methods To Certify Water Filter Bottles

NSF International, an independent global organization that writes public health standards and certifies products for food, water and consumer goods, now tests and certifies the filters used in portable water filter bottles against NSF American national standards for drinking water treatment products.

NSF International developed the American national standards for water filtration products more than 40 years ago. One of these standards, NSF/ANSI Standard 42: Drinking Water Treatment Units – Aesthetic Effects, is used to verify a drinking water filter effectively removes contaminants that cause undesirable odor and taste, such as chlorine. NSF scientists used the standard to develop an innovative testing method for water bottles with built-in filters.

NSF International tested four leading companies’ filters to NSF/ANSI 42. They include Brita, CamelBak, Cool Gear, and Move Collective (Bobble filtered water bottle). Collectively, these brands are the first to have their water filter bottles certified to NSF/ANSI 42, which verifies that the products can effectively remove contaminants that cause undesirable odor and taste, including chlorine.

“The NSF seal on the CamelBak Groove package lets customers know this product has been independently tested and surpasses a prominent national standard for effectively filtering chlorine and improving taste,” said Jon Austen, Director of Product Management for CamelBak. “With CamelBak Groove, great-tasting filtered water is always within reach.”

“These water bottles filters were subjected to rigorous testing and evaluation before earning certification to NSF/ANSI 42 and consumers can be assured that they can trust the claims they see on the packaging of an NSF-certified water bottle filter,” said Rick Andrew, General Manager of NSF’s Drinking Water Treatment Units Program. “NSF develops new test methods based on our American national standards to support innovative technologies in the residential water treatment industry.”

No comments:

Post a Comment